CNR 100-T5 Five Taps Water Cooler The CNR 100-T5 is a high-performance five-tap water cooler designed for commercial and industrial environments requiring consistent chilled water supply. Built with durable materials and equipped with a powerful 3/4 HP compressor, this model ensures rapid cooling recovery even during peak usage hours. Technical Specifications – CNR 100-T5 Specification Details Storage Capacity 25 USG / 92.5 Liters Cooling Capacity per Hour 100 USG / 370 Liters No. of Taps 5 Fan Motor Capacity 16 W Compressor Capacity 3/4 HP Dimensions (H x D x W) 980 x 520 x 1260 mm Compressor Make TECUMSEH (India) / DANFOSS (China) / EMMERSON (India) Power Supply 220V–240V | 50Hz | BS1363A Inlet Temperature 40°C Outlet Temperature 5°C to 40°C Refrigerant R134a Factory Injected P.U. MDI & POLY I-20 Body Sheet Grade 430 BA Finish Weight 70 KG Loading Capacity (40HQ) 82 Units   CNR 100-T5 – Reliable Cooling for Medium to High Demand Facilities With a 25 USG (92.5 liters) storage capacity and a cooling rate of 100 USG per hour (370 liters), the CNR 100-T5 is ideal for offices, factories, schools, mosques, and public facilities where reliability and efficiency are essential. Designed for Consistent Daily Performance The CNR 100-T5 is equipped with a powerful 3/4 HP compressor that ensures stable cooling performance and quick temperature recovery. Its five-tap configuration allows multiple users to access chilled water simultaneously, making it highly practical for busy environments. Efficient Cooling System Featuring a 16W fan motor and high-quality condenser components, this model maintains efficient heat dissipation and energy-conscious operation. The use of R134a refrigerant supports effective cooling while maintaining dependable system performance. Durable Build & Long Service Life Constructed with 430 BA finish stainless steel body panels, the unit offers durability and resistance to corrosion. Factory-injected MDI & POLY I-20 insulation enhances thermal retention, helping maintain cold water temperature for longer periods while reducing energy loss.